In this project, we will show you how to set up a WireGuard VPN on the Raspberry Pi.
WireGuard is a new VPN protocol that has recently been going a lot of popularity.
There are a couple of advantages to using the WireGuard VPN on your Raspberry Pi over OpenVPN.
A VPN (Virtual Private Network) protects your privacy by routing all your Internet traffic through an encrypted server that your ISP (or hackers) can’t see. Setting up and using a log-free VPN service from your PC desktop is straightforward enough, but other devices in your home such as your game console and set-top box don’t let you install VPN software.
One solution is to buy a router that can connect directly to a VPN service, protecting all the traffic on your home network a single stroke. But it could be cheaper (and simpler) just to route all your traffic through a Raspberry Pi that remains connected to the VPN at all times.
Use iptables to create a VPN killswitch to protect against data leaks.
If you’re connected to a VPN, you need a killswitch. No, it’s not as metal as it sounds. It’s just a mechanism that stops your Internet connection when you’re disconnected from the VPN. It protects you from inadvertently leaking sensitive information onto the Internet when the VPN connection drops.
OpenVPN is a full-featured, open-source Secure Socket Layer (SSL) VPN solution that accommodates a wide range of configurations. In this tutorial, you will set up an OpenVPN server on an Ubuntu 18.04 server and then configure access to it from Windows, macOS, iOS and/or Android. This tutorial will keep the installation and configuration steps as simple as possible for each of these setups.
BBC Click’s Kate Russell gives a step-by-step guide to setting up your own virtual private network using a Raspberry Pi.
Shell script to set up Raspberry Pi (TM) as a VPN server using the free, open-source OpenVPN software. Includes templates of the necessary configuration files for easy editing, as well as a script for easily generating client .ovpn profiles after setting up the server. Based on the ReadWrite tutorial ‘Building A Raspberry Pi VPN’ by Lauren Orsini (see sources 1 and 2 at the bottom of this Readme).
To follow this guide, you will need to have a Raspberry Pi Model B or later (so long as it has an ethernet port), an SD or microSD card (depending on the model) with Raspbian installed, a power adapter appropriate to the power needs of your model, and an ethernet cable to connect your Pi to your router or gateway. You will also need to setup your Pi with a static IP address (see either source 3 or 4) and have your router forward port 1194 (varies by model & manufacturer; consult your router manufacturer’s documentation to do this). You should also find your Pi’s local IP address on your network and the public IP address of your network and write them down before beginning. Enabling SSH on your Pi is also highly recommended, so that you can run a very compact headless server without a monitor or keyboard and be able to access it even more conveniently (This is also covered by source 4). And last but not least, be sure to change your user password from the default.
One of the most concerning factors to me while browsing, Is how can I ensure that my data remains private and secure ? While searching for answers, I came cross a number of ways in which you can remain anonymous like using a proxy website. But still using a third party service was not assuring enough. What I needed was a software which could be installed and run by me thus ensuring that I and only I would have access to the data.
So what is such a software called?
It’s called a VPN service or short for Virtual Private Network. It allows you to encrypt your data via SSL when you connect through it. Since the connection is encrypted even your ISP cannot see what your browsing.
In this Linux Tutorial , I will be installing an OpenVPN Access Server on CentOS 7 . OpenVPN is easy to use, OpenSource and has community based support. It has clients for Windows, Android, and Mac.
Full article here:
How to install an Opensource VPN Server on Linux (techarena51.com)
Part One: Introduction
It’s been a while since my last blog entry, and I’ve decided to catch you up on some of the projects that I’ve been working on in my home lab. This next series of posts is going to revolve around the do-it-yourself home VPN.
What is a VPN, or virtual private network?“A VPN is a communications environment in which access is controlled to permit peer connections only within a defined community of interest, and is constructed though some form of partitioning of a common underlying communications medium, where this underlying communications medium provides services to the network on a nonexclusive basis .”
In essence, a VPN is private and controlled network communication over a non-private medium – the Internet.
Full articles here (source: empiric virtualization):
Generating a PKI (Public Key Infrastructure) for my OpenVPN.
My Virtualized OpenVPN Server.
Deploying OpenVPN using CentOS on a Raspberry Pi.
We love Linux and we love it for its open source nature, security, and powerful tools. There are a lot of free as well as commercial VPN solutions available for Ubuntu. We are not going to list or rank all the top VPN providers. We don’t necessarily want to rank them simply because users choose their VPN provider based on their personal requirements. If you want an US VPN service, you should look for the best US VPN service that supports OpenVPN. The intent of the article is to help newbies configure and use their favorite VPN service without going back and forth in Ubuntu community forum and embarrass oneself before the rather patronizing users.
Full article here:
How To Setup a VPN in Ubuntu using OpenVPN (Linuxaria)
VPN-ing into your server will allow you to connect to every possible service running on it, as if you were sitting next to it on the same network, without individually forwarding every port combination for every service you would like to access remotely.
Using a VPN connection also has the upshot of, if desired, granting access to other computers on the network as if you where in it locally from anywhere across the internet.
While not the most secure of the VPN solutions out there, PPTP is by far the simplest to install, configure and connect to from any modern system and from windows specifically as the client is a part of the OS since the XP days and you don’t need to mess with certificates (like with L2TP+IPsec or SSL VPNs) on both sides of the connection.
Did i get you interested? then let’s go 🙂
Full article here:
How to Setup a VPN (PPTP) Server on Debian Linux